I still think you are reading things incorrectly.
A 'typical' instrument cable has a resistance of 8.8 ohms/ 1 thousand feet.
Do the math for a 10' cable.
(my Fluke meter will not read that low)
Here is a specification grab from a Dimarzio cable.
DiMarzio Basic Instrument Cable Specifications
•Wire Gauge (AWG): 20 (0.519 mm2)
•Diameter: 0.237 inch (6.02 mm)
•Insulation: Polyethylene inner with PVC outer
•Capacitance pF/ft: 33.27 pF/ft (109pF/M)
•Sheild and Material: Copper Braid with Conductive PVC 98%
•Jacket and Material: PVC
•Resistance ohms/1000 feet: 8.8 ohms/1000 feet (29 ohms/km)
•Termination Method: Silver Solder
A 'typical' instrument cable has a resistance of 8.8 ohms/ 1 thousand feet.
Do the math for a 10' cable.
(my Fluke meter will not read that low)
Here is a specification grab from a Dimarzio cable.
DiMarzio Basic Instrument Cable Specifications
•Wire Gauge (AWG): 20 (0.519 mm2)
•Diameter: 0.237 inch (6.02 mm)
•Insulation: Polyethylene inner with PVC outer
•Capacitance pF/ft: 33.27 pF/ft (109pF/M)
•Sheild and Material: Copper Braid with Conductive PVC 98%
•Jacket and Material: PVC
•Resistance ohms/1000 feet: 8.8 ohms/1000 feet (29 ohms/km)
•Termination Method: Silver Solder
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